6585 Glass, Metals Glass and mineral 9699+ Metal, tin ca 301b Metal, ferrous 20 9699+ Metal, nonferrous 94-99+ 3,869 3791 6,250 (1030) MSW 20.0 00 5750 Adapted in part from Refs. 6-8. Energy content is om coatings, label, and attached materials N;跏x10551=k Ultimate Analysis of Solid Waste Components The ultimate analysis of a wasen Nio nent typically involves the determination of the percent C emission of chlorinated compounds during combustion, the determination of halogens is often included in an ultimate analysis. The results of the ultimate analysis are used to characterize the chemical composition of the organic matter in mSW. They are also used to define the proper mix of waste materials to achieve suitable C/n ratios for biological conversion processes. Data on the ultimate analysis of individual combustible materials are resented in Table 14-2 Tab 14-3 Elemental analysis of the organic materials used as the feedstock for biological conversion processes nstituent Unit Newsprint Office paper Yard waste Food was NHa-N 3500 2210 3200 82 57 4.014-3 Ultimate Analysis of Solid Waste Components The ultimate analysis of a waste component typically involves the determination of the percent C (carbon), H (hydrogen), 0 (oxygen), N (nitrogen), S (sulfur), and ash. Because of the concern over the emission of chlorinated compounds during combustion, the determination of halogens is often included in an ultimate analysis. The results of the ultimate analysis are used to characterize the chemical composition of the organic matter in MSW. They are also used to define the proper mix of waste materials to achieve suitable C/N ratios for biological conversion processes. Data on the ultimate analysis of individual combustible materials are resented in Table 14- 2. Tab 14-3